“To know where cancer is going you have to understand where it has been”
Our laboratory is studying how tumors, and in particular prostate and pancreatic cancers, escape immune surveillance during disease progression, and trying to restore tumor suppressive pathways lost early during tumor inception for cancer immunotherapy. We use innovative mouse modeling approaches, combined with genome editing, screening, and sequencing modalities, to dissect and manipulate tumor suppressor pathways, to elucidate tumor-immune interactions, and to evaluate new drug combinations for treating aggressive solid tumors. We are particularly interested in studying a tumor suppressive pathway called cellular senescence, a physiological stress-response program leading to proliferative arrest and secretion of pleiotropic factors that modulate immune responses.
Ruscetti Lab News: Follow us on Twitter 
Ruscetti Lab News
-
Read more -
UMass Chan scientist Marcus Ruscetti receives 2026 Pershing Square Sohn Cancer Prize
Read more -
PhD candidate Katherine Murphy receives NIH grant for innovative prostate cancer research
Read more -
UMass Chan researchers develop dual therapeutic that holds promise as pancreatic cancer treatment
Read more -
PODCAST: Marcus Ruscetti shares his research journey in cancer biology
Read more -
Marcus Ruscetti receives American Cancer Society award for prostate cancer research
Read more
We were happy to join the Pitarresi Lab in welcoming our new chancellor and sharing our pancreatic cancer research. Read more about the visit.

